Industry-grade programs in AUTOSAR, CAN/LIN, Model-Based Design, UDS Diagnostics, Functional Safety, and Cyber Security — built by engineers who ship production ECUs. Learn with SmartWheels boards, not toy demos.
Every course is designed by ANCIT engineers with hands-on OEM/Tier-1 experience. You learn on real automotive hardware, not simulated environments.
Train on SmartWheels boards (NXP S32K series) and TOSUN tools — the same hardware used in production automotive projects.
Content built from real project experience at Bosch, Continental, Mahindra, and ZF — not textbooks. Industry-relevant, always updated.
ANCIT certificates recognized by automotive companies and institutions. AUTOSAR, ISO 26262, and UDS tracks map to industry job roles.
Instructor-led live batches, on-site corporate programs, weekend bootcamps. We come to you, or you join us — fully flexible scheduling.
Whether you're upskilling a team or starting your embedded automotive career — we have a program built for you.
Structured training programs for engineering teams at OEMs, Tier-1 suppliers, and automotive startups. Custom content, flexible scheduling, and on-site delivery available.
For fresh graduates, ECE/EEE engineers entering automotive, and working professionals switching to embedded automotive — structured tracks that get you job-ready fast.
From protocol fundamentals to safety-critical systems — every course includes live lab exercises on real ECU hardware.
Deep-dive into AUTOSAR Classic architecture, BSW module configuration, RTE generation, MCAL porting, and SWC development using EB Tresos / Vector DaVinci.
Physical layer, frame formats, scheduling, DBC creation, error handling, and live CAN FD communication using TOSUN USB2CAN and TS Master.
Simulink modelling, code generation with Embedded Coder, integration with GenX BSW, SIL/PIL testing, and production deployment on SmartWheels hardware.
ISO 14229 UDS protocol services, diagnostic session control, security access, NRC handling, and UDS bootloader programming using VxDiag and VX Boot.
Safety lifecycle, ASIL determination, FMEA/FMEDA, safety goals, TSC/HSI, software safety requirements, and MISRA-compliant development processes.
TARA (threat analysis), UNECE WP.29 R155/R156, SecOC, Intrusion Detection System (IDS) for CAN, and SecureOTA implementation on SmartWheels IDS.
Configure and deploy production BSW middleware without hand-coding: CAN, UDS, NVM, Bootloader, OS scheduler, and MATLAB integration using the GenX platform.
Unit testing with GoogleTest/VectorCAST, code coverage, SIL testing using Test GenX Suite, and HIL fundamentals with signal injection and fault injection.
SOME/IP, DDS, adaptive AUTOSAR, OTA update architecture, service-oriented communication, and hands-on vSomeIP GENEX lab exercises.
Every Retail EduTECH student gets access to SmartWheels Micro EV3 — a real NXP S32K144-based ECU development board used in actual automotive projects. No simulators. No shortcuts.
Choose the format that works for your team or your career — all modes include real hardware lab access.
Live Zoom/Meet sessions with real-time Q&A, shared lab environments, and recorded playbacks for revision. Weekday and weekend batches.
ANCIT trainers come to your office with hardware kits. Custom duration, content, and scheduling to minimise project disruption.
Intensive 2–4 weekend format covering a full course track. Ideal for working professionals. Held at ANCIT Chennai lab with EV3 hardware.
Pre-recorded lectures, assignments, and virtual lab simulations accessible anytime. Ideal for self-directed learners across time zones.
ANCIT's university research consortium connects engineering colleges with the automotive industry through structured internships, workshops, lab access, and placement support.
Talk to our EduTECH team — we'll recommend the right program, batch, and hardware kit for your goals.